J. Bramman

发表

Metallic fission-product inclusions in irradiated oxide fuels

R. Sharpe, D. Thom, J. Bramman, 1968 .

A method of mounting small samples for electron-probe microanalysis

J. Bramman, G. Yates, 1969 .

VOID FORMATION IN CLADDING AND STRUCTURAL MATERIALS IRRADIATED IN DFR.

E. J. Fulton, C. Cawthorne, J. Bramman, 1972 .

FAST NEUTRON INDUCED VOIDAGE IN NON-FISSILE METALS AND ALLOYS: A REVIEW.

C. Cawthorne, J. Bramman, K. Q. Bagley, 1971 .

The sintering of uranium carbide and of uranium-plutonium carbide, and the role of nickel as a sintering additive

S. Pickles, J. Bramman, G. Yates, 1980 .

Redistribution of fuel and fission products in irradiated oxide fuel pins

H. Powell, J. Bramman, 1975 .

A UKAEA evaluation of displacement damage models for iron

R. S. Nelson, E. W. Etherington, J. I. Bramman, 1975 .

4. Radiation damage units for fast reactor steels

R. S. Nelson, E. W. Etherington, M. Norgett, 1973 .

FISSION-PRODUCT INCLUSIONS IN IRRADIATED URANIUM--PLUTONIUM CARBIDE.

R. Sharpe, J. Bramman, R. Dixon, 1971 .

DENSITY CHANGES IN CLADDING MATERIALS IRRADIATED IN DFR.

E. J. Fulton, W. Sinclair, C. Cawthorne, 1971 .

A technique for the investigation by electron microscopy of particle sizes and shapes in powders of hazardous materials in the size range 0.05–5 μm

R. Sharpe, J. Bramman, 1969 .

Temperature monitors for uninstrumented irradiation experiments

W. H. Martin, J. Bramman, A. Fraser, 1971 .

Specimen surface preparation errors in quantitative electron-probe microanalysis

J. Bramman, G. Yates, 1969 .